Posts Tagged ‘technology’

Why is there Pollution?

March 27, 2018

Economic production demands the production of waste, as things are transformed into other things and they are transported around. An important question is whether this waste is processable by the ecology in general. If the ecology the waste is dumped in cannot process it, or the waste is poisonous to humans or other creatures and plants then it can be called pollution.

Pollution often occurs when:

  • people do not have to take responsibility for their own waste (ie they can dump it on someone else who is less powerful),
  • dealing with waste would interfere with profit (when profit is considered particularly important or sacred),
  • dominant people have technology which produces waste but don’t have technology that can process that waste into something useful or harmless,
  • dominant people think of the world as infinite and able to take any amount of waste (or when they think their personal waste is trivial),
  • the groups doing the polluting don’t have to take political notice of those people or ecologies harmed by the waste.

It is probable that contemporary forms of civilisation have developed because of the historical cheapness of producing pollution. People who produced the waste largely did not worry about those who suffered from the waste. Now there is so much pollution being produced that everyone is starting to be affected by it, there is more recognition that it is a problem. The Global Ecology cannot process the waste our economies emit.

It seems likely that because of our historical experience, many people in power cannot imagine a civilisation without pollution, or imagine their own power and wealth continuing without pollution. Therefore they insist it is someone else’s problem, and that nothing should be done.

In the long term, pollution only exists because anti-pollution politics is not strong enough or is too compromised with alliance with those who produce waste.

Origins of Capitalism?

February 7, 2018

Capitalism is a mode of power (primarily economic), based on appropriation of people’s goods and labour, a particular distribution of wealth and labour and the valuation of that wealth and labour.

There are a number of forms of what is called capitalism. In my lifetime, where I live, we have had socialist-capitalism and we now have neoliberal capitalism, with more or less complete domination by the corporate sector. Scandinavian capitalism differs from French capitalism, which differs from Anglo-capitalism, which differs from Chinese capitalism and so on.

Capitalism is not trade. Trade exists in all societies, including ones that most people would not call capitalist. (China is weird, if people want to praise it they point out it is now capitalist, and if they want to condemn it they point out it is now communist. In either case there is trade.)

The origins of any of these forms of capitalism depend upon a heap of contingent factors, particularly including politics, and clearly cannot be summarized in a readable post – so this is only a summary for Anglo-capitalism.

Historically, one argument is that this capitalism grew out of the inequalities, violence and wealth accumulations of feudalism. It was boosted in the UK by dispossession of people from their land, which provided a class dependent on wage labor for survival, and who could be hired and dismissed with little cost or sense of social obligation. Wealth accumulation was also boosted by the slave plantations in the Americas, which pretty obviously depended on dispossession and non consensual labour. It was also boosted by private citizens engaging in piracy on the Spanish treasure ships on behalf of the crown. The British Tudor (and later) Monarchy promoted non-aristocratic citizens to positions of power and wealth, which weakened the aristocracy. This movement was accompanied by the rise of a powerful mercantile class and, between them, they began to change the form of British politics and economic structures into one far less dependent upon royal patronage or the ties of feudal obligation.

Then the development of the steam engine, together with an abundance of coal, plus further political action and repression, allowed the relatively secure work and trade of crafts people to be destroyed, so more people became dependent upon capitalist industrialists for survival and more profit was channeled towards those who owned and controlled the technologies of production. The search for markets and resources to support this production led to Empires, as for example when the East India company took over India and destroyed local crafts and to help with their exports of cheap machine made materials (made with Indian cotton). There is a little dispute, but basically the now-standard argument is that the company and its accompanying British Rule completely destroyed the Indian non-capitalist economy and largely helped generate the mass poverty and inequality that the 20th Century Indian State has had to deal with.

Capitalism has also taken advantage of fossilised energy. It is the development of energy, from slavery, wage labour to coal that produced whatever abundance was shared by the more fortunate members of capitalist society. The steam engine depended upon coal, but around about the start of the 20th Century, oil and petroleum upped the portability and effectiveness of energy once again and with it the apparent abundance.

However, this abundance depends on power relations and law which allows pollution and poisoning costs to be ignored by the producer, or diffused onto those of ‘lesser importance’. It is always the way that the poor have pollution poured on top of them. This could be realistically known as ‘trickle down economics’. The current problem for capitalism is that the pollution it, and its variants, are engendering is likely to destroy the ecological systems it has depended upon but has refused to acknowledge. Today we see that battle being conducted in the form of a struggle over climate change and appropriate action.

While the economy is not natural, but political, and embedded in power relations, it does need to be acknowledged that conquest and appropriation, in itself, does not lead to capitalism. The way plunder was organized in the Spanish Empire, for example, seems to have destroyed their economy. It was not invested in manufactures and trade – the ‘bloated’ aristocracy won out over the mercantile class and the peasants.

Everywhere that capitalism has gone, it has tried to destroy non-capitalist economies, through dispossession of property, the imposition of wage or indentured labour, and taxes which required people to pay cash which they had to earn through wage labour. There are endless colonial and business reports complaining about the laziness and irrationality of ‘natives’, who had better things to do with their lives than hold down jobs, and who did not need jobs to survive(until that independence was destroyed).

Capitalists always argue that capitalists are wealth creators and deserve special privilege and powers. Because large capitalists end up owning most of that wealth they are usually able to buy politicians and propaganda, and control society to act to give them those special privileges and powers. Hence capitalist power tends to reinforce itself, and make all life even more dependent on capitalist action, and capitalism becomes seen as “common sense”.

We had a relatively generally prosperous period when capitalists feared revolution, but since that period has passed, wealth and power now accumulate primarily at the high ends.

Bitcoin and others

February 2, 2018

The value of any currency (and that includes gold) depends on magic.

  • 1) Whether there is faith in the currency.
  • 2) Whether there is faith in the people who issue the currency and their ability to enforce value (through violence or expectation of violence). The value of currency is tied up with perceptions of power. If an issuer cannot generate the perception of power in others, then their currency will become worthless.
  • 3) Whether there is faith that other people value the currency.
  • 4) Whether there is demand for the currency – ie other people will accept it or exchange it for other currencies.
  • 5) How plentiful the currency is perceived to be.
  • All currency is subject to bubbles and over enthusiasms. However the more stable the issuer, the more it is likely to be valued.

    Currency is about politics, and politics is about persuasion and power, that is ritual and magic (and usually a bit of human sacrifice, because nothing shows power better than this).

    Some remarks on Geo-Engineering

    January 22, 2018

    Geoengineering (GE) involves the attempt to solve the problems of climate change by altering the Earth’s ecology.

    It largely comes in two forms:
    Solar Radiation Management (SRM) in which we try and lower the amount of the Sun’s energy/heat reaching the earth’s surface. This can involve: mirrors in space, reflective gasses in the upper atmosphere, or painting mountains white.

    Carbon Dioxide Removal (CDR) in which you try and suck CO2 from power stations or from the atmosphere. One recognized problem with this technique is the question of what we do with the CO2 once it is extracted.

    The idea of GE is that we can continue on with polluting, and try and lower the effects of that pollution.

    A common argument from pro-GE people, is that there is no evidence that the world can halt CO2 production and the resultant climate change, through political or economic processes at this moment, so GE may give us a longer period in which we can change, or transition to a new set of energy generators.

    Both the IPCC and IEA seem to expect that we can establish CDR and gain negative emissions, but at the moment the technology is largely a fantasy technology which largely exists as a rhetorical way of saying new coal energy should be acceptable. CDR does not exist at anything like the scale we need, and there is no really useful, safe and permanent way of disposing of the collected CO2.

    The primary question for both SRM and CDR is a simple one. GE, like everything else that depends on humans, is unlikely to be immune to its social bases. If the dynamics of contemporary societies are inherently destructive of ecologies, then GE is unlikely to prevent that destruction, nor to give a breathing space for new developments. It is likely to help make things worse, or continue the destructive dynamics of that system.

    Clearly if we use SRM, the system has to be continually maintained, and that will cost billions. There will be ongoing arguments over who should pay, and how much they should pay. If there is a financial collapse or large scale war, then that maintenance is unlikely to be without problems. In which case climate change would have the brakes taken off, and would accelerate rapidly, causing even worse climate turmoil.

    The governing idea of SRM seems that it is easier to change the whole ecological system than to change a political arrangement of economic power and profit. This I’m not sure about. The risk of unintended consequences when fiddling with a system as complex as that of climate is very high. We may already be living in a complex maladaptive system, which is bent on its own destruction and SRM simply magnifies this.

    GE could be the equivalent of encouraging smoking to preserve corporate profits, while trying to do research in the hope of some day being able to postpone the inevitable and increasing cancer toll. It might be simpler to discourage people from smoking and to make cigarettes less profitable.

    Basically, it can be suggested that if GE becomes the main way of dealing with problems of Climate change, then we live in a society in which ‘instrumental reason’ does not function very well as there are cheaper and possibly better options available, but those options require us to challenge established corporate power, and we are unlikely to do that successfully. I think the last 20 to 30 years of politics in the English Speaking world demonstrates that this failure is very likely to be the case.

    Amazingly it is true that among people who both support corporate dominance and deny climate change, GE is quite popular. At the moment I can hypothesise this is precisely because GE does not challenge corporate power, and provides an opportunity for leeching money away from the taxpayers, but I don’t know. It certainly strikes me that if you really wanted less State intervention in life, then you would not want geoengineering.

    I have not seen any viable self-supporting GE proposals. Nearly all of them require massive tax-payer subsidies, and some require appear to need massive cross-national governance and regulation. Of course we could give the massive subsidies to private enterprise and hope they do they job without any oversight, but I doubt that will appeal even to the pro-corporate power lobby. With CDR when that involves storage of CO2 underground, we know that ultimate and infinite responsibility of checking for leaks and collapse of storage, will reside with governments and taxpayers, as corporations do not last that long and will not take on those responsibilities. At the least, it seems probable that people will be concerned about other countries freeloading on their efforts, and there will be massive governmental jaunts to try and sort this out. The likelihood of small government and GE seems miniscule.

    Markets and politics, to flog a dead horse

    October 4, 2017

    You may have heard or read that in the US and in Australia the right wing parties are campaigning to maintain coal and to over-regulate renewables. There are plenty of news items to this effect, especially after Rick Perry’s recent announcements – which may or may not become law, but reflect the general campaign.

    Some libertarians, or idealist capitalists, actually object to this, and express surprise that it is happening…

    For what its worth I think it is worth repeating that, historically, this is how capitalism always works.

    Politics and power can shape markets, therefore players in markets will compete to shape markets through politics to gain advantage in those markets. That seems to be an inevitable road that established businesses will take to defend both their establishment and profitability.

    In a situation in which capitalism is made the only good (as in neoliberalism or libertarianism), this is unpreventable. Politicians depend on business for campaign funds and support, so business ends up buying politics, and there is no surviving power base with which to reliably curtail business influence – because of business opposition to unions etc.

    As established businesses tend to be the wealthy well connected businesses, they tend to have an advantage, and this is called conservatism 🙂

    Action on Climate Change

    September 17, 2017

    Some random comments.

    Let us be clear, the issue is that people should not emit more greenhouse gases than the environment can handle, if we wish our ‘civilization’ to survive – not that we should not emit any. Not emitting any greenhouse gases is impossible, and the system emits and reprocesses these emissions naturally, just not as much as we are currently emitting.

    Coal is particularly bad in terms of the poisons it emits at all stages in its production and use. There is very little positive to say about coal (that is not in the ground) at this stage in our history. Coal mining and power probably needs to be eliminated, as there is no evidence that coal can be made ‘clean’ or environmentally friendly to the degree that we need it to be.

    We probably also need to work at changing what seems to constitute modern life. Modern life is not a product of free choice but of what we were offered and chose within a particular set of social arrangements that did not value ecological survival.

    That needs to change – and frankly I’m not sure people really ‘need’ or ‘want’ disposable bottles, polluting and failing concrete, coal power, massive amounts of beef, destroyed fishing grounds, and so on. This can be modified, and hopefully will modify.

    It will be hard of course. Some of the problem may well be that the system we live in seems to create a psycho-spiritual emptiness which we fill by purchasing products – and this keeps us acting as wage slaves and generally making ourselves feel empty. This is part of the pattern of domination which we often call neoliberalism, but is probably better ‘capitalist plutocracy’.

    Recognising plutocracy is important. I’ve rarely met anyone who is interested in renewables, who is not aware that these new technologies are being resisted by people who have lots of wealth, power, status and symbolic resonance tied up in fossil fuels. It’s pretty much an every day experience, and the established powers have heaps of money to throw around to influence the debate. Without them, and without the triumph of neoliberalism, we probably would not be having a debate; we would be engaged in finding the best solutions. Resisting plutocracy is important but difficult.

    My main problem with the “energy problem” is that it distracts attention from the other ecological crises which are happening simultaneously. These are produced by building (concrete), mining, farming methods and so on, which are destroying our fresh water supplies, downing our oxygen supplies, wrecking the phosphorus cycle, killing the oceans and so on.

    To be real, we need a lot more action on a lot more fronts.

    Christiana Figueres 05

    September 17, 2017

    Notes on a talk given by Christiana Figueres (Ex-Executive Secretary of the United Nations Framework Convention on Climate Change) at the Energy Lab 05:
    [My comments in square brackets]

    [During the Paris talks, there was much activist discussion about the presence of fossil fuel companies at the discussion and the amount of influence they may have exerted. In this answer to a question, she may well be responding to this…]

    We all know that fossil fuel companies have large amounts of fossil fuel reserves and exploration processes on their balance sheets. These are reserves, which if abandoned [as we do need them to be], will probably cause massive loss in share price and could drive the companies out of business [- or make the subject to takeover bids from less principled companies]. Consequently, many of these companies are putting up a strong fight against change.

    However, they don’t want to be the “Kodak of the Twentyfirst century”, superseded by a newer and better technology.

    Their survival is ultimately in their hands. There is no point in demonising them, they are working within the parameters they are used to, and the parameters which ensure their survival. If you demonise them then they will see themselves as being a corner and fight to the death. They have huge amounts of money they can throw at this fight – they can win – relatively easily [see how well they have been doing so far and they are not yet desperate].

    We need them because of their experience and because they not only have masses of money which could be spent constructively, but because they have amongst the biggest engineering capacity and experience of anyone on the planet. We need this capacity devoted to being constructive. Energy demand will likely increase, so we need energy companies.

    So we invite them to the table to get them involved.

    There are some good examples of change in oil companies.

    StatOil from Norway. They have rights to drill the Artic. They know this is not popular. They know the drilling is expensive, especially given the price volatility of oil. The problem is that abandoning previously promised exploration, with money already sunk into it, would damage their share price.
    However, they are also seeking a future based on their experience, and building huge wind power platforms. They know heaps about building stable platforms at sea – so this is really good.

    Similarly, Total from France, is migrating its capacity. They have bought a big solar panel company and are set to improve its panels, especially for sale in high temperature countries. They have bought a lithium battery company and are set to try and improve the batteries.

    Change is happening.

    Christiana Figueres 03

    September 14, 2017

    Notes on a talk given by Christiana Figueres (ex-Executive Secretary of the United Nations Framework Convention on Climate Change) at the Energy Lab 03:

    Technology and markets

    We need to be aware that the economy and the energy situation forms a system.

    Renewables are not fossil fuels, they have different characteristics. If your energy system is set up for fossil fuels then it is already not ‘technology neutral’, it is historically biased in favour of fossil fuels and the characteristics of fossil fuel power. Consequently, there is a legacy effect in the system which inhibits innovation, both politically and in terms of expectation of how energy should behave and what factors of that energy production can be ignored.

    [For example we ignore the slow response time of coal power, the amount of poison and health problems, it generates, the fact that it cannot be turned down when we don’t need it, its tendency to fail with unexpected temperatures, the amount of subsidy we pay, and so on]

    In Chile, which has the advantage of not having coal or oil, the electricity market is fully open. There are no subsidies for fossil fuels or for renewables. They simply have auctions and those companies which can provide the lowest electricity price win the auction. So far that has been renewables. It has not been coal.

    India can also be freer of this legacy inertia, and India has recently announced that no new coal power plants will be built in India in the next ten years. This will give time for renewables to develop and demonstrate their worth. They aim for 60% of all power to be renewable by 2027.

    Increases in electricity prices have nothing to do with renewables, as is often argued. Renewables have not been around long enough to cause the price rises in those countries in which price rises have been occurring. It is like blaming a baby for the ongoing dysfunction of a family. The baby cannot do it entirely by itself, and the problems were around before it came on the scene. Prices are high because of the way markets are structured and they are structured around fossil fuels. To repeat: fossil fuel markets are set up not to be technology neutral.

    Fossil fuels are like libraries – huge centres of generation. Nowadays you almost do not need libraries. You have information online.
    We are moving to a decentred market in power where you do not need to go to a centralised place of generation. Australia has the world’s biggest market penetration of rooftop solar, it is moving towards decentred power, irrespective of policy. Some of us will generate more power than we need for ourselves. We are moving from the library to the internet.

    Christiana Figueres 02

    September 13, 2017

    Notes on a talk given by Christiana Figueres (ex-Executive Secretary of the United Nations Framework Convention on Climate Change) at the Energy Lab 02:
    [some extra comments in square brackets]

    Technological innovation is happening, and it is happening at a rate which is very promising; much quicker than we expected.

    This innovation has five characteristics or needs.

    1) Technology is developing exponentially.
    Every time the International Energy Agency makes a prediction about the use and price of renewables it is wrong. It underestimates their success. It is not used to dealing with this level of innovation.

    The price of offshore wind is now 50% cheaper than it was expected to be by 2030.

    Electric cars are taking off [everywhere but Australia were they are taxed as luxury items]
    Volvo, Jaguar, Landrover, Mercedes Benz, Volkswagen have all said that they will stop making internal combustion engines soon.
    China may prohibit internal combustion sales. India aspires to all new cars being electric by 2030

    2) However this change is not automatic
    Change is intentional. We have to keep asking what do we need to do. We need to help the change happen. This is the space for individual action and policy thinking.

    3) Technological change has to be comprehensive.
    Everything we do is affected by energy and climate change. So the changes have to affect every sector (food, transport, IT etc). It is everyone’s responsibility. Nothing can be sheltered indefinately.

    4) Technological Change is Symbiotic
    Innovations in one area relate to changes in another. For example there is a relationship between the grid, renewables and electric vehicles. Cars need batteries, as does the grid. Innovations in batteries make both cars and grid better. Perhaps grid storage could be in distributed car batteries?

    5) Technology needs to be restorative
    We need to be able to repair damage to land, air and water. Otherwise we are going to find it hard to keep people alive.

    [It is cheaper not to damage the environment in the first place. No more mining in agricultural zones, water catchment areas or in artesian basins]